Yesterday we reported on the Home Delivery: Fabricating the Modern Dwelling exhibition at MoMA. In the coming days, we will preview each of the companies and homes featured in the exhibition.
This design of yourHOUSE is a reinterpretation of historical New Orleans style “Shotgun” Housing utilizing recycled plywood as the main structural material. The house will be fabricated and assembled entirely of friction-fit components, completely eliminating the need for mechanical fasteners such as nails and screws. This fabrication technique is made possible through the extensive use of computer numerical control (CNC) milling machines....
The processes include:
Digitalization is a 2-stage process which preceeds a materialziation process. First, 2-dimensional data was taken from the documentation and used to create elevation drawings. From this data, 3-dimensional data was extrapolated and digitally modeled so that the house facades could be transformed into solid physical models through a final materialization process.
Materialization begins by breaking down the digital model into a logic of component parts and assemblies. In the figure above is one such breakdown of a front porch column assembly
The final stage in the materialization process involves what is termed, 3D printing. This stage allows the researcher to examine the digital model as a solid physical body. In the figure above are 1:30 scale 3D prints of the four originally documented New Orleans 'Shotgun' house facades
The yourHouse concept also embraces customization:
One of the core strategies driving project yourHOUSE is the use of mass-customized as well as mass-standardized components. This strategy happens at multiple scales ranging from details to major structural features. As seen in the figure above, the main body of the house employs a standardized structural shell while the front porch of the house can be customized to suit the inhabitant's desires.
It will be exciting to see this concept realized for the MoMA show.
model: yourHouse by Lawrence Sass
how: kit of parts